`int(dv)/(2v^(2)-V-1)`

Evaluate int (dv)/(1+2v)

Integrate : int((1)/(2v+v^(2)))dv

Integrate : int((1)/(2v+v^(2)))dv

Evaluate : int (( 2v ) / (v^2 -1) ) dv

Integrate : int((1)/(2v+v^(2)))dv

int(2v^(2))/(v^(2)+v-2)backslash dv

int(1)/sqrt(1-2v^(2))dv

int_(1)^(2)((x^(2)-1)dx)/(x^(3)*sqrt(2x^(4)-2x^(2)+1))=(u)/(v) where u are ( in their blowest form.Find the value of )/(sqrt(2x^(4)-2x^(2)+1))=(u)/(v) where of ((1000)u)/(v)

Evaluate : int( 1 / ( 2v^2 - 1 ) ) dv

Show that,v=(A)/(r)+B satisfies the differential equation (d^(2)v)/(dr^(2))+(2)/(r)*(dv)/(dr)=0